Space Optimization
Reduce spring height by up to 50% compared to traditional coil springs.
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Invented by Smalley over 60 years ago, edgewound wave springs are flat-wire compression springs designed to deliver reliable axial loads while significantly reducing spring height. Available in a variety of product types, Spirawave® springs feature a multiple-waves-per-turn design that can match or exceed the force and deflection characteristics of traditional coil springs. Smalley’s wave springs are engineered for design flexibility and performance, providing space-saving solutions that help meet the demands of today's compact technologies.
As the world’s leading wave spring manufacturer, Smalley stocks over 4,000 standard wave springs in carbon steel and stainless steel. For applications requiring a unique solution, our experienced engineering team can work with you to design a custom wave spring tailored to your specific performance, space, and material requirements.
Reduce spring height by up to 50% compared to traditional coil springs.
Reduce overall product size, weight, and manufacturing costs of assembly.
Predictable loads toleranced at specific working heights.
Tailored solutions to meet your specific design and load requirements.
Multiple waves per turn for longer deflection and stability
Two to three Crest-to-Crest springs wound together for high loads and stability in larger sizes
High-force springs with ample travel combining Crest-to-Crest and Nested Spring benefits
Multi-turn wave springs coiled in parallel for high forces and short deflection
Round-wire single-turn springs for higher forces in tight spaces
Smalley stocks over 4,000 standard springs, available in sizes from 0.188 to 16" and 5 to 400 mm. For unique application requirements, we offer custom springs in diameters ranging from 0.118 to 120" and 3 to 3000 mm.
With over 40 material options and No-Tooling-Costs™, custom solutions are both simple and cost-effective. Backed by multiple ISO certifications and flexible packaging options, we can support a wide range of quality and supply chain requirements. Free samples of standard parts are also available for application testing and validation.
Get a quick overview of our wave spring offerings. Click through to explore each product in detail and find the best fit for your application.
Multi-turn flat-wire wave springs coiled in series
Single-turn flat-wire wave springs with overlapping or gap-type ends
Multi-turn flat-wire wave springs coiled in parallel
Multi-turn flat-wire nested springs coiled in series
Two to three Crest-to-Crest springs wound together to form one spring
Single-turn round-wire springs
Continuous wave-formed flat-wire springs in a linear form
From oilfield equipment operating deep beneath the Earth's surface to the rovers exploring Mars, wave springs deliver reliable performance in extreme conditions. Their compact, space-saving design also makes them a trusted choice for emerging and everyday technologies such autonomous vehicles and the smartwatch on your wrist.
Wave springs provide reliable performance in transmissions, clutches, and valve assemblies. Their compact design reduces weight while maintaining precise load control.
Critical aerospace applications demand precision and reliability. Wave springs deliver consistent performance in actuators, valves, and landing gear systems.
Medical devices require biocompatible, precise components. Wave springs are used in surgical instruments, drug delivery systems, and diagnostic equipment.
From consumer electronics to industrial controls, wave springs provide reliable contact force in connectors, switches, and battery assemblies.
Industrial machinery relies on wave springs for valve control, sealing applications, and load-bearing assemblies where space efficiency is critical.